von Nasrullah Memon
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| [1.] Nm/Fragment 089 01 - Diskussion Zuletzt bearbeitet: 2012-05-11 21:08:19 WiseWoman | Dombroski Carley 2002, Fragment, Gesichtet, Nm, SMWFragment, Schutzlevel sysop, Verschleierung |
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| Untersuchte Arbeit: Seite: 89, Zeilen: 1-2 |
Quelle: Dombroski Carley 2002 Seite(n): 1, Zeilen: 20-24 |
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| [NETEST provides functionalities to estimate a network’s size, determine its membership and structure, determine areas of the network where data is missing, perform cost and benefit analysis of additional information, assess group level capabilities] embedded in the network, and pose “what if” scenarios to destabilize a network and predict its evolution over time. | Using NETEST, an investigator has the power to estimate a network’s size, determine its membership and structure, determine areas of the network where data is missing, perform cost/benefit analysis of additional information, assess group level capabilities embedded in the network, and pose “what if” scenarios to destabilize a network and predict its evolution over time. |
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| [2.] Nm/Fragment 089 03 - Diskussion Zuletzt bearbeitet: 2012-05-07 16:20:42 Hindemith | CNS 2002, Fragment, Gesichtet, Nm, SMWFragment, Schutzlevel sysop, Verschleierung |
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| Untersuchte Arbeit: Seite: 89, Zeilen: 3-25 |
Quelle: CNS_2002 Seite(n): 14, 18, 20, Zeilen: 14: 11-17; 18: 28-31; 20: 23-26 |
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| THREATFINDER – this tool originated in the corporate
realm. Certain individuals within an organization are more likely than others to pose threats. The research involves looking for threat indicators for who could launch an attack i.e. using a network/organizational perspective, Threatfinder identifies threats within an organization. Tsvetovat Maksim and Kathleen Carley (2002) proposed a methodology for realistically simulating terrorist networks in order to develop network metrics to test strategies of destabilizing them, provided a model of antiterrorist policy. They have not discussed behavior or real group interaction and the model is limited in scope and depth. It may be used as a starting point to focus terrorist organization and network Michael J. North and his colleagues (North, J. M; Nicholson, T. C; and Jerry R. V., 2006) worked on a model of terrorist networks— looking at relationships between different terrorist structures. Their models show whether or not particular terrorist group fits in a given structure. The authors modeled terrorists as genetic algorithms. The models also look at counter forces. Social factors, such as propagation of dangerous ideas, are built into the model. The model uses REPAST tool (developed by University of Chicago) which, as opposed to SWARM (which they believe is getting old). |
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THREATFINDER – this tool originated in the corporate realm. Certain individuals within an organization are more likely than others to pose threats. The research involves looking for threat indicators for who could launch an attack i.e. using a network/organizational perspective, Threatfinder identifies threats within an organization. [page 20] The paper proposes a methodology for realistically simulating terrorist networks in order to develop network metrics to test strategies of destabilizing them; provides a model of anti-terrorist policy; doesn't provide behavior or real group interaction and is limited in scope and depth; may be used as a starting point; focus: terrorist organization and network [page 14] - He is working on a model of terrorist networks – looking at relationships between different terrorist structures. - His models let people test whether or not a particular terrorist group fits a given structure. - Terrorists are modeled as genetic algorithms. - The model also looks at counterforces. - Social factors, such as the propagation of dangerous ideas, are built into the model. - The model uses REPAST (developed by the University of Chicago) which is written in Java, as opposed to SWARM which is written in C (and he believes is getting old). |
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Letzte Bearbeitung dieser Seite: durch Benutzer:Hindemith, Zeitstempel: 20120507162229